Abstract Calcium-magnesium-aluminosilicates (CMAS) are ingested by jet engines and
infiltrate into high temperature ceramic coatings during operation. This infiltration increases …

To address the issue of thermal barrier coating (TBC) failure and spalling caused by the
deposition and infiltration of environmental particulate matter, a thermal-mechanical …

With the development of industry, the operating temperature of aero engines and gas
turbines continues to increase; developing thermal barrier coatings (TBCs) with superior …

In the furnace cycle test, the growth of oxide film leads to the propagation and coalescence
of multiple cracks near the interface, which should be responsible for the spallation of …

Pores play an important role in the failure analysis of metal castings. During the solidification
process, slag inclusions such as oxides, nitrides and sulfides may form around the pores …

Strength assessment for thermal barrier coatings (TBCs) is vital in the safety design of hot-
section components in engines. However, several crucial factors, including thermally grown …

This article presents analytical solutions for a coated irregularly shaped void embedded in
an infinite substrate subject to remote uniform heat flow. Both the temperature and stress …

The advancement in material science, industrial evolution, and growing environmental
concerns make it essential for continuous updates in coating and surface technology. To …

The tensile strength and fracture properties of the c-ZrO2 (001)/α-Al2O3 (1 1¯ 02) interfaces
were investigated by first-principle tensile simulations. Models with different stacking …

Abstract Calcium-magnesium-aluminosilicates (CMAS), such as sand or volcanic ash, are
ingested by aircraft jet engines during operation. CMAS then becomes molten while …